组织谐波成像技术能增强左室腔显影亮度获得更好的显影图像。
Conclusions:Tissue harmonic imaging by left side perflurocarbon contrast echocardiography can enhance left side heart chamber opacification brightness and obtain higher quality image.
病理染色图象分析测定左室腔周长和面积、单位面积内心肌细胞核数、单位面积内胶原的含量；
Pathological staining and image analysis were used to determine the perimeter and the area of left ventricular cavity, and myocardial nuclei number and collagen content per unit area;
超声心动描记法为M型模式下测定舒张末期左室腔直径、左室后壁厚度及室间隔厚度及左室射血分数。
Under the m mode of echocardiography end diastolic left ventricular internal diameter left ventricular posterior wall thickness and interventricular septal thickness were determined.
结论自体骨髓间质干细胞移植能有效改善兔心肌梗死后左室收缩功能，减轻室腔扩大。
Conclusions Autologous bone marrow stem stromal cells transplantation can improve systolic function and alleviate the enlargement of infarcted LV.
结论：经皮腔冠状动脉内移植骨髓干细胞治疗缺血性心肌病可行，术后能提高左室射血分数，心功能改善。
CONCLUSION: It is feasible to treat ischemic cardiomyopathy by percutaneous coronary transplantation of BMSCs, which can boost LVEF and improve cardiac function after transplantation.
对真腔、假腔、“双腔主动脉”、左室形态和信号对比进行了描述。
The true lumen, false lumen, "double-barrelled aorta", LV morphology and signal contrast were described.
结论QTVI测量二尖瓣环运动速度能无创、有效地评价心脏双腔起搏左室收缩和舒张功能。
Conclusion Measuring the motion velocities of mitral annulars by QTVI can be used to assess global left ventricular systolic and diastolic function in Dual-chamber Pacing .
根据主室腔的解剖特征，每类又分为左室和右室两型。
Each group could again be divided into left and right ventricular type by the anatomical feature of the primary chamber.
根据主室腔的解剖特征，每类又分为左室和右室两型。
According to the morphological characters of primary chamber, each group could be also divided into left and right ventricular type.
根据主室腔的解剖特征，每类又分为左室和右室两型。
According to the morphological characters of primary chamber, each group could be also divided into left and right ventricular type.
应用推荐